Punch Card Template For Mac

How to create a doily backing card Follow along with the video tutorial below, or scroll down for the pictorial. Supplies. Printable templates. MS Word or Mac Pages. Scissors or., or the color of your choice.

Printer. Double sided tape Step 1: Download, Customize and Print Download the free invitation template and save it to your computer. Download the free fonts listed below and install them on your computer. Open the template in MS Word or Mac Pages and add your wedding details. And recheck your details. Just to be safe. Print the invitations on white or off white card stock.

Explore sue winn's board 'punch templates' on Pinterest. See more ideas about Punch art cards, Paper punch art and Hammer drill. Discover recipes, home ideas, style inspiration and other ideas to try. Paper Punch Art Punch Art Cards Owl Punch Owl Card Art Template Craft Punches Cute Owl Art N Craft Owl Patterns.

1. The punch card template is a Word file and you can easily change the font type, and the font color to match your business logo. You can also change the default image, and the text box background colors.
2. The punch card template is a Word file and you can easily change the font type, and the font color to match your business logo. You can also change the default image, and the text box background colors.

At Punch!CAD, it is our mission to make computer aided design software that matches up perfectly with your needs, regardless of your industry or expertise. Whether you’re an architect, engineer, CAD drafter, 3D printing expert, furniture designer, student, or DIY hobbyist, you can always find the right tools for the job. Which was coming in around $1.99 for most. Is it me or is all that kind of pricey for a card you could easily just print at home for much less? I thought it was and decided to create a set of free printable kid’s chore, reading & kindness reward punch cards for my readers that they could use with their own kids and only need to print and cut.

Hint: I find paper between 65 lbs and 90 lbs works best. It’s a nice heavy weight, but not too thick to jam your home printer. You can also send the file to an online printer or take it to your local FedEx Office store for printing. Step 2: Trim the Invitation Using a paper trimmer or scissors, cut along the dotted lines.

A paper trimmer will produce straighter cuts and will be faster, you can trim more than one sheet at once. Scissors will do the trick though. Step 3: Trim the Backing Card Trim the backing card to 5 x 6.75”. If you use a paper trim you can measure using the ruler on the trimmer. If you use scissors you will need to measure and mark with a ruler and pencil and cut along your marks. Once you have one cut you can then use this as a template to cut the rest to size.

Punch Card Template Microsoft Office

All the paper pieces are now cut out. You will have invitations trimmed to 3.875 x 5.625' and backing cards trimmed to 5 x 6.75”. Step 4: Punch Corners Use the corner punch to punch the corners on each backing card.

Step 5: Punch the Straight Edges Use the long punch to punch along the straight edges. Use the guide on the punch to line up the doily indentations neatly.

Note: If you use a different punch set you may need to adjust the size of your backing card to accommodate the size of the punch. You don’t want any half punches throwing off the symmetry of the design. Step 6: Attach Invitation Adhere short strips of doubled sided tape around the back edge of the invitation. You don’t need a ton of tape!

Press the invitation firmly onto the backing card, eyeballing it to make sure it’s centered and straight. You now have a gorgeously detailed wedding invitation that was made on the cheap, ahem, I mean made on a budget.

Now use the punch to detail the envelope flap and pop everything in the mail. (Although all the products listed in this tutorial are products I personally use, I will be compensated if you make a purchase through the links provided.).

Advertisement What is your favorite low-tech tool? A lot of my friends tell me it is the Post-it note.

A few say that they favor its less colorful cousin – the index card. Some of your own friends may have a stack of index cards tucked away for learning a new language or as presentation notes for the next meeting. Apply them as a memory aid and they become flash cards.

For me, the no-frills index card leaps to the rescue when life is bottle-necked by details. The little rectangle of paper helps to simplify with a few lines of text or a hastily drawn doodle. I use it to We forget things if we don't repeat them. That's bad news for the endless words of wisdom we read every day. Msi kt6 delta-lsr drivers for mac free. The good news is that forgetfulness can be beaten. I read every day.

And I am not the only one who finds the productivity in it. I believe in lists and I believe in taking notes, and I believe in index cards for doing both. Anne Lamott (Author of Bird by Bird: Some Instructions on Writing and Life) Carl Linnaeus and he is often considered as a pioneer of information retrieval. People had problems with information overload even three hundred years ago.

The term does sound familiar, doesn’t it? The deluge of information has swamped us again. So thankfully, index cards are still around. And we can use them to sharpen the capacity of ourt worry, here are some ways to use Microsoft Word for free. It does a fine job of creating index cards from scratch. All you need now are the ideal measurements and the right kind of paper to print your index cards on. I will leave that choice to you as we pick one from the three methods. The Quickest Way – Use Index Card Templates Templates can save you a lot of time.

Has an entire Are there documents that you write over and over again? Whether it's meeting agendas, invoices, or status reports, templates could make your work easier. We have compiled 10 template ideas to save you time. That are designed for any personal or professional need.

And, it hasn’t forgotten about index cards or flash cards. The way to get to them is through a search.

Open Microsoft Word. Go to File New. Type Index card in the search field. Use the index card as it is or re-purpose it around your content. For instance: how about A well formatted text can grab your reader's attention and help them flow through your document. We show you how to add that final touch in Microsoft Word.

And make the text on the card stand out. Make an Index Card in Microsoft Word from Scratch The templates won’t fill every need. So, a do-it-yourself approach will not only give you the power to make your own custom designed index cards but also fit it around the printer you have at your disposal. The good news is that Microsoft Word makes the process easy. Open a new Microsoft Word document. To set the right size for the index cards, head to the Layout tab on the Ribbon.

Click the little arrow at the edge of the Page Setup group to open the options. On the Page Setup panel click on the tab for Paper. Scroll down the paper sizes given.

If you get a size close to your desired number select that. If not then select Custom Size which is the last choice on the drop-down list. Enter the Width and Height as per the dimensions of the size of your index card. Click OK to set the dimensions.

You can also arrive at the same options by selecting Size from the Layout tab. The scroll-down list brings you to different paper sizes and the More Paper Sizes command at the end. It opens the same dialog box we see above. Index cards can be of different sizes. Says that the most common size for index cards in North America and the UK is 3 by 5 inches. It is commonly known as the 3 by 5 card. Other available sizes include 4 by 6 inches, 5 by 8 inches, and ISO-size A7 (74 by 105 mm or 2.9 by 4.1 in).

Set the Margin (& Other Design Tweaks) If you want to keep them organized in a binder file, you might like to set a margin that leaves space for a punch hole. Set the print margins on the card from the default 1″ to the Narrow.5″. Go to the first button on the Layout tab that says Margins. Choose Normal (which is the default) or Narrow from the drop-down. Or, any other dimension that is suitable for the look of the cards.

The Word document is now set up with your custom dimensions. By default, Microsoft Word will print the cards in portrait. Flip the orientation between Portrait and Landscape if you wish ( Layout Orientation). For instance, a recipe card would look better in portrait. A vocabulary card would be ideal with a landscape adjustment. Design Your Index Cards to Fit Their Purpose. Your first blank index card is ready. Now you can fill it with any information you desire.

From Today's clipart needs to be modern, colorful, and less cartoonish. Try these 13 the top websites for free clipart downloads when you need to search for the right image in a short time. To charts or just normal text — format the look as you would do for a normal Microsoft Word document. Press Enter or do a Page Break to open the second page or in this case the second index card with the same dimensions. Create as many index cards as you wish. Make an Index Card with Word’s Inbuilt Label Standards Open a blank Microsoft Word document. Go to the Mailings tab on the Ribbon.

On the Create ( Envelopes and Labels) panel click on Labels. In the Envelopes and Labels settings choose the Labels tab click on Options. The Options box lists a huge number of Label Vendors and their Product Numbers. You can use these pre-configured label templates to create index cards easily.

The Label Information on the right gives the dimensions and the page size required. From the drop-down, choose Microsoft or a vendor like Avery US Letter. Scroll down to an Index card dimension ( Avery Number 5388) – it will give you three 3″ x 5″ cards on an 8.5″ x 11″ sheet.

This is an Avery standard for the index card type chosen (I got the number from the Avery website). Like any print job, you should check that your label dimensions and page margins are not larger than the actual paper size. Click on Details to preview the dimensions. Tweak a setting like Page Size as per the size of the paper you plan to print on. Microsoft Word as always allows you to make your own custom-sized labels when the pre-configured measurements don’t help. Select New Label in the Label Options box and enter the dimensions in the Label Details dialog box.

The custom label will be added to the list with the descriptive name you attach to it. In the Envelopes and Labels dialog box, select New Document. The Microsoft Word document shows the three index cards marked out by dashed border lines.

All you have to do is to insert the content, print it and cut it out into three. Click on New Document again to get the next sheet of index cards. When Was the Last Time You Used Index Cards? Paper can still be the Paper can be a more potent tool for productivity than a computer or a touch device, and shouldn't immediately be dismissed. Not convinced? Here are six reasons why paper is still relevant. A few extra bits of card stock won’t harm it.

America’s first woman ambassador once said that the height of sophistication is simplicity. Much before it was mis-attributed to Steve Jobs. Even Google has embraced this simplicity and has brought back the index card in a new digital avatar. The look of everything from the Knowledge Graph to Google Keep is a subtle tribute to the index card. In a Co.Design, Matias Duarte, UX director for Android said, We’ve actually tapped into one of the oldest pieces of graphic and information design around–business cards, calling cards, greeting cards, playing cards.

Now, what about you? Maybe, you can use them like a memory index of alternative ideas as Maria Popova does? Or, be like Ronald Reagan who used them to throw out his funny one-liners? You can mimic Vladimir Nabokov and plot your entire book (or just the next term paper) on a series of index cards.

At the very least, you can use them to leave love notes for your better half! Tell us your own experience with index cards. And, throw your best creative ideas in the comments that will help us squeeze benefits from a simple stack of card stock. Explore more about:,.

From the invention of computer programming languages up to the mid-1970s, most computer programmers created, edited and stored their programs line by line on (punch cards or) punch cards.

Punched cards[edit]

A punched card is a flexible write-once medium that encodes data, most commonly 80 characters. Groups or 'decks' of cards form programs and collections of data. The term is often used interchangeably with punch card, the difference being that an unused card is a 'punch card,' but once information had been encoded by punching holes in the card, it was now a 'punched card.' For simplicity, this article will use the term 'punched card' to refer to either.

Often programmers first wrote their program out on special forms called coding sheets, taking care to distinguish the digit zero from the letter O, the digit one from the letter I, eight from B, two from Z, and so on using local conventions such as the 'slashed zero'. These forms were then taken by keypunch operators, who using a keypunch machine such as the IBM 029 punched the actual deck. Often another key punch operator would then take that deck and re-punch from the coding sheets - but using a 'verifier' such as the IBM 059 that simply checked that the original punching had no errors.

A typing error generally necessitated repunching an entire card. The editing of programs was facilitated by reorganizing the cards, and removing or replacing the lines that had changed; programs were backed up by duplicating the deck, or writing it to magnetic tape.

In smaller organizations programmers might do all their own punching, and in all cases would often have access to a keypunch to make small changes to a deck.

Work environment[edit]

The description below describes an all-IBM shop (a 'shop' is programmer jargon for a programming site) but shops using other brands of mainframes (or minicomputers) would have similar equipment although because of cost or availability might have different manufacturer's equipment, e.g. an NCR, ICL, Hewlett-Packard (HP) or Control Data shop would have NCR, ICL, HP, or Control Data computers, printers and so forth, but have IBM 029 keypunches. IBM's huge size and industry footprint often caused many of their conventions to be adopted by other vendors, so the example below is fairly similar to most places, even in non-IBM shops.

A typical corporate or university computer installation would have a suite of rooms, with a large, access-restricted, air conditioned room for the computer (similar to today's server room) and a smaller quieter adjacent room for submitting jobs. Nearby would be a room full of keypunch machines for programmer use. An IBM 407 Accounting Machine might be set up to allow newly created or edited programs to be listed (printed out on fan-fold paper) for proof reading. An IBM 519 might be provided to reproduce program decks for backup or to punch sequential numbers in columns 73-80.

In such mainframe installations, known as 'closed shops,'^[1] programmers submitted the program decks, often followed by data cards to be read by the program, to a person working behind a counter in the computer room. During peak times, it was common to stand in line waiting to submit a deck. To solve that problem, the card reader could be reinstalled (or initially installed) outside of the computer room to allow programmers to do 'self-service' job submission.

Many computer installations used cards with the opposite corner cut (sometimes no corner cut) as 'job separators', so that an operator could stack several job decks in the card reader at the same time and be able to quickly separate the decks manually when they removed them from the stacker. These cards (e.g., a JCL 'JOB' card to start a new job) were often prepunched in large quantities in advance.^[2] This was especially useful when the main computer did not read the cards directly, but instead read their images from magnetic tape that was prepared offline by smaller computers such as the IBM 1401. After reading the cards in, the computer operator would return the card deck - typically to one of a set of alphabetically labelled cubby holes, based on the programmer's last initial. Because programs were run in batch-mode processing it might be a considerable time before any hardcopy printed or punched output was produced, and put into these same cubby holes - however, on a lightly used system, it was possible to make alterations and rerun a program in less than an hour.

Dedicated programmers might stay up well past midnight to get a few quick turnarounds. Use of this expensive equipment was often charged to a user's account. A mainframe computer could cost millions of dollars and usage was measured in seconds per job.

Smaller computers like the IBM 1000, 1620 and 1130, and minicomputers such as the PDP-11 were less expensive, and often run as an 'open shop', where programmers had exclusive use of the computer for a block of time. A keypunch was usually located nearby for quick corrections - although many of these smaller machines ran from punched tape.

Identification and sequence[edit]

Many early programming languages, including Fortran, Cobol and the various IBM assembler languages, used only the first 72 columns of a card — a tradition that traces back to the IBM 711 card reader used on the IBM 704/709/7090/7094 series (especially the IBM 704, the first mass-produced computer with floating point arithmetic hardware), which could only read 72 of the 80 columns in one pass.

Columns 73-80 were ignored by the compilers and could be used for identification or a sequence number so that if the card deck was dropped it could be restored to its proper order using a card sorter. Depending on the programming language, debugging output statements could be quickly activated and 'commented out' by using cards with such statements punched with the comment character (e.g., 'C' in Fortran) in column 80 of the card; turning the card end-for-end would put the 'C' in the leading column, which transformed the now backwards card's contents into a comment while leaving the physical card in place in deck.

(An alternative, imperfect but commonly employed technique to maintain proper card order was to draw one or more diagonal stripes across the top edge of all the cards in a deck.)

In later years, as punch card data was converted to magnetic tape files the sequence numbers were often used as a column in an array as an index value that can be correlated to time sequences, such as in the natural sciences where the data on the cards were related to the periodic output of a measuring device such as water stage level recorders for rivers and streams in hydrology, or temperatures in meteorology. Entire vaults full of card decks could be reduced to much smaller racks of nine-track tapes.

See also[edit]

References[edit]

1. ^A computer installation referred to as a 'closed shop' should not be confused with the usual meaning for a closed shop, a work site requiring membership in a union. Most programmers were salaried and were not unionized.
2. ^Columbia University Computing History: IBM Cards

• Fisk, Dale (2005) [Setting 1973; Written 2005]. 'Programming With Punched Cards:
  A Programmer's Memories of Learning the Craft in 1973'(PDF). Retrieved 2008-11-11.
  Article about the programming culture that developed around use of the punched card, following Fisk's experience of 'learning the craft' from people around him.
• E. I. Organick, A Fortran IV Primer, Addison-Wesley, 1966

External links[edit]

Gallery[edit]

• A box of punched cards with several program decks.

• A pad of Fortran coding forms.

• Card formatted for IBM 1620 assembly language.

• Cards would sometimes jam in the reader, requiring one or more to be repunched.

• Listing of a large computer program on continuous form paper, bound in a printout binder.

• IBM keypunch drum card used to program tabs and skips

• An IBM 519 reproducing punch with plugboard control panel open (it would be closed during operation).

• IBM 1402 high speed card reader and punch used in larger installations and typically run by an operator

• IBM 1442 medium speed card reader and punch used on many smaller computers such as the IBM 1130